CN209002632U - A kind of ecological device of small-sized fish and plant symbiosis - Google Patents
A kind of ecological device of small-sized fish and plant symbiosis Download PDFInfo
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- CN209002632U CN209002632U CN201821669392.0U CN201821669392U CN209002632U CN 209002632 U CN209002632 U CN 209002632U CN 201821669392 U CN201821669392 U CN 201821669392U CN 209002632 U CN209002632 U CN 209002632U
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- flowerpot
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- fish
- matrix
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/60—Fishing; Aquaculture; Aquafarming
Abstract
A kind of ecological device of small-sized fish and plant symbiosis is made of fish jar, flowerpot, matrix, immersible pump, filter cotton, filter cotton grid baffle, circular spray tube, water pipe adapter, flow control valve, water pipe, feeding tube, fixed card buckle and intermittent cyclic control switch.Immersible pump is placed in the bottom of fish jar, and immersible pump has flow control valve, and flowerpot is placed on the upper surface of fish jar, circular spray tube is installed, matrix is placed in flowerpot, and the power supply of immersible pump is connect with intermittent cyclic control switch inside flowerpot edge, fish is raised in fish jar, and planting is on flowerpot mesostroma.It is according to the drought tolerance or the habits such as mesophily or humidogene of plant, by adjusting flow control valve, change the spraying range of circular spray tube apopore, the ratio of dry and wet territorial matrix and dry territorial matrix in matrix is set to change, and cooperate working time and the dwell time of adjustment intermittent cyclic control switch control immersible pump, so that the utility model is adapted to the habit of various plants.
Description
Technical field
The utility model relates to a kind of plantation and fish culture apparatus, more particularly to the ecology of a kind of small-sized fish and plant symbiosis
Device.
Background technique
It raises flowers as the improvement of people's living standards, more and more people breed fish at home, usually they are separately feeding
, the needs breeded fish often change water, and otherwise fish can die；That raises flowers needs to water on time, apply fertilizer, and new hand further encounters: Hua Gang
Pretty good when buying, floral leaf becomes smaller or falls off after a period of time, and water has poured how not all right, and water, which pours, have been lacked also not all right, is at a loss.
In traditional aquaculture, as the excreta of fish accumulates, the ammonia nitrogen of water body increases, and toxicity incrementally increases.?
In fish and vegetable symbiotic system, the water of aquaculture is transported to water planting cultivation system, and the ammonia nitrogen in water is resolved into nitrous by bacterium
Then hydrochlorate resolves into nitrate by nitrobacteria, nitrate can be utilized directly by plant as nutrient absorption.Fish and vegetable symbiotic
It allows animal, plant, the ecological balance relationship for reaching a kind of harmony between microorganism three, is the low of sustainable circular form zero-emission
Carbon production model, and effectively solve the effective ways of Agro-ecology crisis.Existing fish and vegetable symbiotic device is all using siphon
Mode is exactly briefly after the plant bed water surface reaches the high point of siphoning installation, and water can flow in fish jar automatically, generate siphon
Phenomenon, until minimum point, siphon terminates, moves in circles, and this siphoning installation volume is larger, accounts for planting space, especially pair
Particularly evident in small-sized fish and vegetable symbiotic device, fish jar will also retain certain return water space, and noise is larger when siphon, it is critical that this
Kind mode is only suitable for the plants such as aquatic or humidogene, and for drought tolerance plant, plantation gets up to have certain difficulty, because this
Kind mode is not by the control of people.
Plant is good to what is supported, first has to configure soil according to habits such as the drought tolerances, mesophily, humidogene of plant, add
Upper watering appropriate, fertilising, just can make plant obtain required moisture, air and nutrient, there are no a kind of soil currently on the market
Earth or matrix can be suitble to the growth conditions of all plants.
Summary of the invention
The purpose of the utility model is to provide the ecological device of a kind of small-sized fish and plant symbiosis, will breed fish and planting
It is combined together, the water of fish jar is sent in the matrix of planting pot by water pump, nitrifier can be generated in matrix, the fish excrement in fish jar
Water body can be made to contain toxic ammonia nitrogen, the ammonia nitrogen in water is resolved into nitrite, then resolves into nitric acid by nitrifier by bacterium
Salt, nitrate can be utilized directly as nutrient absorption by plant, realize to breed fish and do not change water, plantation is not applied fertilizer.
The utility model is achieved through the following technical solutions:
A kind of ecological device of small-sized fish and plant symbiosis, described device include fish jar, flowerpot, matrix, immersible pump, filtering
Cotton, filter cotton grid baffle, circular spray tube, water pipe adapter, flow control valve, water pipe, feeding tube, fixed card buckle and
It has a rest loop control switch；Fish jar places immersible pump, diving using spherical or ellipse or cylindricality or taper fish jar, the bottom of fish jar
Pump is equipped with flow control valve, and flowerpot is placed on the upper surface of fish jar, flowerpot bottom using bowl-type or hemispherical or cylindricality or taper flowerpot
Centre has water-filtering net lattice, there is a circular hole on leak grid, installs water pipe adapter, installation annular spray inside flowerpot edge
Pipe has several apopores on circular spray tube, and apopore is directed toward center, and circular spray tube has a water pipe head, and water pipe will
It connect with the water pipe adapter of flowerpot bottom；One annular water storage tank is arranged at flowerpot bottom, and slot bottom has a circular hole, installs feeding
Pipe, the height of feeding tube are lower than flowerpot edge, and multiple fixed card buckles, filter cotton and filtering cotton net are installed below annular water storage tank
Lattice baffle is circle, and there is a circular hole in center, is put into the groove that annular water storage tank is formed below flowerpot, utilizes fixed card buckle and mistake
Filter cotton is fixed below Base of flowerpot leak grid by filter pulp grid baffle, and the lower end of flowerpot bottom water pipe adapter passes through
Filter cotton, filter cotton grid baffle connect water pipe, the immersible pump apopore connection in the other end and fish jar of water pipe；Matrix is placed on
In flowerpot, highly it is no more than circular spray tube；Matrix uses haydite, or uses vermiculite, or uses foamed burnt stone, or uses volcano
Rock, or ceramic ring is used, or use particulate matter with holes, or use their part or all of mixtures；The power supply of immersible pump with
The connection of intermittent cyclic control switch recycles the mechanical switch electronic switch intelligent switch of execution or leads to after setting
Cross the electronic switch of smart machine control；Intermittent cyclic control switch connects to power supply, and fish is raised in fish jar, and planting exists
On flowerpot mesostroma.
The ecological device of a kind of small-sized fish and plant symbiosis, water pipe of the immersible pump directly with flowerpot bottom
Adapter connection, is placed on the water surface of fish jar, in the potential water of water absorbent portion, water sucking mouth is connect with water pipe, guides to the bottom of fish jar.
The ecological device of a kind of small-sized fish and plant symbiosis, the flow control valve are the stream that immersible pump carries
Control valve or individual flow control valve, be mounted among circular spray tube and flowerpot bottom water pipe adapter with water pipe or
It is mounted on immersible pump water inlet.
The ecological device of a kind of small-sized fish and plant symbiosis, the filter cotton are placed on Base of flowerpot leak grid
The upper surface of, it is then directly placed into matrix, fixed card buckle and filter cotton grid baffle are not installed.
The detail of technical solution is as described below:
The ecological device of a kind of small-sized fish and plant symbiosis provided by the utility model, there are three types of states for flowerpot matrix: bubble
Matrix in annular water storage tank is wet territorial matrix, and the matrix sprayed by circular spray tube water column is dry and wet territorial matrix, not by
The matrix of sprinkling is dry territorial matrix.When intermittent cyclic control switch connect when, immersible pump by the water of fish jar by flow control valve,
Immersible pump, water pipe, water pipe adapter, circular spray tube, water is sprayed in the matrix in flowerpot, and water flows through matrix by filtering
Fish jar is flow back into after cotton filtering；When intermittent cyclic control switch stops, air enters in the gap of dry and wet territorial matrix, so hands over
For connection, stop.The nitrifier that wet territorial matrix and dry and wet territorial matrix in flowerpot can generate, toxic ammonia nitrogen is by bacterium point in water
Then solution resolves into nitrate by nitrifier, nitrate is directly by plant as nutrient absorption at nitrite.Moreover,
The utility model changes according to the drought tolerance or the habits such as mesophily or humidogene of plant by adjusting flow control valve
The spraying range of circular spray tube apopore makes the ratio of dry and wet territorial matrix and dry territorial matrix in matrix change, and cooperates
Working time and the dwell time for adjusting intermittent cyclic control switch control immersible pump, make the utility model adapt to various plants
Habit.
The advantages of the utility model, is with effect:
1, the utility model utilizes ready-made fish jar and flowerpot, by dexterously designing connection, formed a new fish with
The ecological device of plant symbiosis, using annular sprinkling pouring mode, the siphoning installation for avoiding existing fish and vegetable symbiotic system accounts for for it
According to the disadvantages of plant pot area, fish jar need to retain reflux hydrospace, noise is big, raises flowers in realization and do not apply fertilizer, breed fish and do not change water
While, can also purify indoor air, increase indoor humidity, then cooperate the plant of plantation such as: epipremnum aureum can make it
Become a pure natural indoor air-purification device.
2, the utility model controls the spraying range of circular spray tube by adjusting flow control valve, and cooperates adjustment interval
Loop control switch controls working time and the dwell time of immersible pump, keeps the ecological device of small-sized fish and plant mutual survival suitable
Answer the growth of various plants.That is the utility model, which provides one kind for the fan that raises flowers, can be suitble to each plant growth ring
" soil " (matrix) in border, moisture needed for meeting plant growth, air and nutrient.
3, intelligent control intermittent cyclic control switch can be used in the utility model, and client is by mobile phone small routine or APP, only
The title of planting plants need to be selected, the ETAD expected time of arrival and departure of Intelligent intermittent loop control switch can be set automatically and closes the time, according to hand
Machine prompt adjustment flow control valve, can be realized the intelligent maintenance of plant, the plant for allowing world just to support without hardly possible.
4, wet territorial matrix described in the utility model can also make flowerpot when having a power failure in addition to ensuring that outside the growth of nitrifier
Matrix keeps certain moisture, and plant is unlikely to die quickly.
Detailed description of the invention
Fig. 1: the utility model immersible pump is mounted on the sectional view of the bottom of the tank；
Fig. 2: the utility model immersible pump is mounted on sectional view of the fish jar top with Independent fluxes control valve；
Fig. 3: the utility model filter cotton is placed on the sectional view without feeding tube above flowerpot bottom leak grid；
Fig. 4: the sectional view of the utility model weep sprinkling matrix；
Fig. 5: the sectional view of the utility model mass-flow sprinkling matrix.
Figure label: 1, fish jar, 2, flowerpot, 3, matrix, 3-1, dry territorial matrix, 3-2, wet territorial matrix, 3-3, dry and wet zone base
7-1, matter, 4, immersible pump, 4-1, immersible pump attaching plug, 5, filter cotton, 6, filter cotton grid baffle, 7, circular spray tube go out
Water hole, 7-2, water pipe head, 7-3, water column, 8, water pipe adapter, 9, flow control valve, 10, water pipe, 11, feeding tube, 12, solid
Fixed buckle, 13, intermittent cyclic control switch, 14, annular water storage tank, 15, plant, 16, fish.
Specific embodiment
The utility model is described in detail below by the embodiment shown in that figure.
The utility model is sprayed by fish jar 1, flowerpot 2, matrix 3, immersible pump 4, filter cotton 5, filter cotton grid baffle 6, annular
Shower pipe 7, water pipe adapter 8, flow control valve 9, water pipe 10, feeding tube 11, fixed card buckle 12,13 groups of intermittent cyclic control switch
At.Fish jar 1 uses spherical or ellipse or cylindricality or taper fish jar 1, and immersible pump 4 is placed in the bottom in fish jar 1, and immersible pump 4 is certainly
Band flow control valve 9, flowerpot 2 are placed on the upper surface of fish jar 1 using bowl-type or hemispherical or cylindricality or taper flowerpot 2, flowerpot 2, flower
Water-filtering net lattice are had among 2 bottom of basin, water energy drains in fish jar 1, there is a circular hole on leak grid, water pipe adapter 8 is installed,
Circular spray tube 7 is installed in the inside at 2 edge of flowerpot, has several apopores 7-1, apopore 7-1 to be directed toward on circular spray tube 7
Center, water energy are sprayed in flowerpot 2, and circular spray tube 7 has a water pipe head 7-2, using water pipe 10 by itself and 2 bottom of flowerpot
Water pipe adapter 8 connects.One annular water storage tank 14 is arranged at 2 bottom of flowerpot, has a circular hole in slot bottom, installs feeding tube 11, feed
The height of oesophagus 11 is lower than 2 edge of flowerpot, and when filter cotton 5 blocks, water can flow back to fish jar 1 by feeding tube 11.It is stored up in annular
Multiple fixed card buckles 12 are installed below sink 14, filter cotton 5 and filter cotton grid baffle 6 are circle, and there is a circular hole in center,
It is put into the groove that annular water storage tank is formed below of flowerpot 2, using fixed card buckle 12 and filter cotton grid baffle 6 by filter cotton 5
Below fixed 2 pedestal grid of flowerpot, filter cotton grid baffle 6 and filter cotton 5 are detachable.The water pipe adapter 7 of 2 bottom of flowerpot
Lower end pass through filter cotton 5, filter cotton grid baffle 6 connects water pipe 10, the immersible pump 4 in the other end of water pipe 10 and fish jar 1
Apopore connection.Matrix 3 is placed in flowerpot 2, is highly no more than the apopore 7-1 of circular spray tube 7, is steeped in annular water storage tank
Matrix 3 in 14 is wet territorial matrix 3-2, and the matrix 3 sprayed by the water column 7-3 of circular spray tube 7 is dry and wet territorial matrix 3-3, is not had
Have the matrix 3 being sprayed be dry territorial matrix 3-1, matrix 3 or use haydite, or use vermiculite, or use foamed burnt stone, or use
Volcanic rock, or ceramic ring is used, or use particulate matter with holes, or use their part or all of mixtures.The electricity of immersible pump 4
Source is connect with intermittent cyclic control switch 13, and intermittent cyclic control switch 13 uses electronic switch, intermittent cyclic control switch 13
It connects to power supply, fish 16 is raised in fish jar 1, and plant 15 is planted on 2 mesostroma 3 of flowerpot.When intermittent cyclic control switch 13
When connection, immersible pump 4 sprays the water of fish jar 1 by flow control valve 9, immersible pump 4, water pipe 10, water pipe adapter 8, annular
Water is sprayed in the matrix 3 in flowerpot 2 by pipe 7, and water flows through matrix 3 and flow back into fish jar 1 after the filtering of filter cotton 5；When interval
When loop control switch 13 stops, air enters in the gap of dry and wet territorial matrix 3-3, so alternately connects, stops.In flowerpot 2
Wet territorial matrix 3-2 and the nitrifier that can generate of dry and wet territorial matrix 3-3, toxic ammonia nitrogen is by bacterial decomposition at nitrous acid in water
Salt, then resolves into nitrate by nitrifier, and nitrate is directly utilized as nutrient absorption by plant 15, realizes to breed fish and not change
Water, plantation are not applied fertilizer.Moreover, the utility model is practised according to growths such as the drought tolerance or mesophily of plant 15 or humidogenes
Property, by adjusting flow control valve 9, change the spraying range of 7 apopore 7-1 of circular spray tube, makes dry and wet territorial matrix in matrix 3
The ratio of 3-3 and dry territorial matrix 3-1 change, and cooperate the work of the adjustment control immersible pump 4 of intermittent cyclic control switch 13
Time and dwell time make the utility model adapt to the habit of various plants 15.
Embodiment 1
Referring to Fig. 1, the immersible pump of the utility model is mounted on the bottom of the tank, it is suitble to various fishes and plant mutual survival
Ecological device.
The utility model fish jar 1 uses globular fish bowl 1, and immersible pump 4 is placed in the bottom in fish jar 1, and immersible pump 4 carries flow
Control valve 9, flowerpot 2 use bowl-type flowerpot, and flowerpot 2 is placed on the upper surface of fish jar 1, has water-filtering net lattice, water energy among 2 bottom of flowerpot
It drains in fish jar 1, there is a circular hole on leak grid, water pipe adapter 8, the inside installation annular spray at 2 edge of flowerpot are installed
Pipe 7 has several apopores 7-1, apopore 7-1 to be directed toward center on circular spray tube 7, and water energy is sprayed in flowerpot 2, annular
Spray tube 7 has a water pipe head 7-2, is connect it with the water pipe adapter 8 of 2 bottom of flowerpot using water pipe 10.2 bottom of flowerpot has
One annular water storage tank 14 has a circular hole in slot bottom, installs feeding tube 11, and the height of feeding tube 11 is lower than 2 edge of flowerpot, when
When filter cotton 5 blocks, water can flow back to fish jar 1 by feeding tube 11.Multiple fixing cards are installed below annular water storage tank 14
Button 12, filter cotton 5 and filter cotton grid baffle 6 are circle, and there is a circular hole in center, and being put into flowerpot 2, annular water storage tank is formed below
Groove in, using fixed card buckle 12 and filter cotton grid baffle 6 by below the fixed 2 pedestal grid of flowerpot of filter cotton 5, filtering
Cotton net lattice baffle 6 and filter cotton 5 are detachable.The lower end of the water pipe adapter 7 of 2 bottom of flowerpot passes through filter cotton 5, filter cotton grid
Baffle 6 connects water pipe 10, and the other end of water pipe 10 is connect with the apopore of the immersible pump 4 in fish jar 1.Matrix 3 is placed on flowerpot 2
In, highly it is no more than the apopore 7-1 of circular spray tube 7, matrix 3 uses haydite, and the power supply and intermittent cyclic of immersible pump 4 control
Switch 13 connects, and intermittent cyclic control switch 13 uses electronic switch, and intermittent cyclic control switch 13 connects to power supply, and fish 16 is raised
It supports in fish jar 1, plant 15 is planted on 2 mesostroma 3 of flowerpot.
Embodiment 2
Referring to Fig. 2, the immersible pump of the utility model is mounted on above fish jar, using Independent fluxes control valve, it is suitble to
The ecological device of small-sized fish and plant mutual survival.
The utility model other than having the characteristics that above-described embodiment 1, can also by immersible pump 4 directly with 2 bottom of flowerpot
Water pipe adapter 8 connect, it is placed on the water surface of fish jar, and in the potential water of water absorbent portion, water sucking mouth is connect with water pipe 10, guides to
The bottom of fish jar 1.It uses individual flow control valve 9, is mounted on 2 bottom water pipe of circular spray tube 7 and flowerpot with water pipe 10
Among adapter 8.
Embodiment 3
Referring to Fig. 3, the utility model filter pulp is placed on above flowerpot bottom leak grid, feeding tube is eliminated, is suitble to small
The ecological device of type fish and plant mutual survival.
Filter cotton 5 can also be placed on 2 pedestal net of flowerpot other than having the characteristics that above-described embodiment 1 by the utility model
The upper surface of lattice are directly contacted with matrix 3, when cleaning filter cotton 5, need to take away all matrix 3, it eliminates filter cotton grid baffle
6 and fixed card buckle 12.The utility model can also not have to feeding tube 11, and when feeding need to take away flowerpot 2, direct plunge into fish jar 1.
Embodiment 4
Referring to Fig. 4, the dry and wet territorial matrix and dry territorial matrix of the utility model plantation humidogene plant are distributed, it is suitble to various
The ecological device of fish and plant mutual survival.
The utility model is in addition to having the characteristics that above-described embodiment 1, according to 15 habit of humidogene plant, by flow control valve
9 tune up, and the length of control 7 water column 7-3 of circular spray tube increases, and dry and wet territorial matrix 3-3's becomes larger, and dry territorial matrix 3-1 becomes smaller, flower
The humidity of 2 mesostroma 3 of basin becomes larger, while tuning up the ETAD expected time of arrival and departure of intermittent cyclic control switch 13, turns intermittent cyclic control switch down
13 pass time, 2 mesostroma 3 of flowerpot are suitble to humidogene plant 15 to grow often in water spray state, this matrix 3.
Embodiment 5
Referring to Fig. 5, the dry and wet territorial matrix and dry territorial matrix of the utility model plantation drought tolerance plant are distributed, it is suitble to various
The ecological device of fish and plant mutual survival.
The utility model is in addition to having the characteristics that above-described embodiment 1, according to 15 habit of drought tolerance plant, by flow control valve
9 turn down, and the length of control 7 water column 7-3 of circular spray tube reduces, and dry and wet territorial matrix 3-3 becomes smaller, and dry territorial matrix 3-1 becomes larger, flowerpot
The humidity of 2 mesostromas 3 becomes smaller, while turning the ETAD expected time of arrival and departure of intermittent cyclic control switch 13 down, tunes up intermittent cyclic control switch 13
The pass time, 2 mesostroma 3 of flowerpot often in it is dry and comfortable, ventilation environment, this matrix 3 be suitble to drought tolerance plant 15 grow.
Embodiment 6
The utility model realizes intelligence using Intelligent intermittent loop control switch, is suitble to various fishes and plant mutual survival
Ecological device.
The utility model is in addition to having the characteristics that above-described embodiment 1, using Intelligent intermittent loop control switch 13, Ke Hutong
Mobile phone small routine or APP are crossed, the title of plant 15 is selected, the ETAD expected time of arrival and departure of Intelligent intermittent loop control switch 13 can be set automatically
With the pass time, adjustment flow control valve 9 is prompted according to mobile phone, so that its water column 7-3 is reached the length of mobile phone prompt, this reality can be made
The plant to be conserved with novel adaptation, and automatic running.
Claims (4)
1. a kind of ecological device of small-sized fish and plant symbiosis, which is characterized in that described device includes fish jar, flowerpot, matrix, dives
Water pump, filter cotton, filter cotton grid baffle, circular spray tube, water pipe adapter, flow control valve, water pipe, feeding tube, fixation
Buckle and intermittent cyclic control switch；Fish jar is placed latent using spherical or ellipse or cylindricality or taper fish jar, the bottom of fish jar
Water pump, immersible pump are equipped with flow control valve, and flowerpot is placed on the upper of fish jar using bowl-type or hemispherical or cylindricality or taper flowerpot
Face, flowerpot bottom centre have water-filtering net lattice, there is a circular hole on leak grid, install water pipe adapter, flowerpot edge the inside
Circular spray tube is installed, there are several apopores on circular spray tube, apopore is directed toward center, and circular spray tube has a water pipe
It connect by connector, water pipe with the water pipe adapter of flowerpot bottom；One annular water storage tank is arranged at flowerpot bottom, and slot bottom has a circle
Hole, installs feeding tube, and the height of feeding tube is lower than flowerpot edge, installs multiple fixed card buckles below annular water storage tank, filters
Cotton and filter cotton grid baffle are circle, and there is a circular hole in center, are put into the groove that annular water storage tank is formed below flowerpot, utilize
Filter cotton is fixed below Base of flowerpot leak grid by fixed card buckle and filter cotton grid baffle, the switching of flowerpot bottom water pipe
The lower end of head passes through filter cotton, filter cotton grid baffle connects water pipe, the immersible pump apopore in the other end and fish jar of water pipe
Connection；Matrix is placed in flowerpot, is highly no more than circular spray tube；Matrix uses haydite, or uses vermiculite, or using foaming refining
Stone, or volcanic rock is used, or use ceramic ring, or use particulate matter with holes, or use their part or all of mixtures；It is latent
The power supply of water pump is connect with intermittent cyclic control switch, and the mechanical switch electronic switch or intelligence of execution are recycled after setting
It can switch or the electronic switch by smart machine control；Intermittent cyclic control switch connects to power supply, and fish is raised in fish jar
In, planting is on flowerpot mesostroma.
2. the ecological device of a kind of small-sized fish and plant symbiosis according to claim 1, which is characterized in that the diving
Pump is directly connect with the water pipe adapter of flowerpot bottom, is placed on the water surface of fish jar, in the potential water of water absorbent portion, water sucking mouth and water
Pipe connection, guides to the bottom of fish jar.
3. the ecological device of a kind of small-sized fish and plant symbiosis according to claim 1, which is characterized in that the flow
Control valve is the flow control valve or individual flow control valve that immersible pump carries, and is mounted on circular spray tube and flower with water pipe
Basin bottom part water pipe adapter centre is mounted on immersible pump water inlet.
4. the ecological device of a kind of small-sized fish and plant symbiosis according to claim 1, which is characterized in that the filtering
Cotton is placed on the upper surface of Base of flowerpot leak grid, is then directly placed into matrix, does not install fixed card buckle and filter cotton grid baffle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821669392.0U CN209002632U (en) | 2018-10-16 | 2018-10-16 | A kind of ecological device of small-sized fish and plant symbiosis |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821669392.0U CN209002632U (en) | 2018-10-16 | 2018-10-16 | A kind of ecological device of small-sized fish and plant symbiosis |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209002632U true CN209002632U (en) | 2019-06-21 |
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ID=66838549
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821669392.0U Active CN209002632U (en) | 2018-10-16 | 2018-10-16 | A kind of ecological device of small-sized fish and plant symbiosis |
Country Status (1)
| Country | Link |
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| CN (1) | CN209002632U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112075818A (en) * | 2020-08-25 | 2020-12-15 | 和县薛氏木制品制造有限公司 | Vertical flower stand water supply device and using method thereof |
-
2018
- 2018-10-16 CN CN201821669392.0U patent/CN209002632U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112075818A (en) * | 2020-08-25 | 2020-12-15 | 和县薛氏木制品制造有限公司 | Vertical flower stand water supply device and using method thereof |
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